pam4 cdr optical oscilloscope online manufacture

U9720B 32Gbaud PAM4 CDR No. Specifications Max. Min. Unit. 1 Data rate range 32 25 Gbps/Gbaud 2 Wavelength range(single mode) 1650 1250 nm 3 Optical input range +5 -15 dBm 4 Clock Recovery Output Divider 2 / 8 ... Read More

U9720A 32Gbaud PAM4 CDR No. Specifications Max. Min. Unit. 1 Data rate range 29 25 Gbps/Gbaud 2 Wavelength range(single mode) 1650 800 nm 3 Optical input range(determined by module sensitivity) +3 -12 dBm 4 ... Read More

U9720A 32Gbaud PAM4 CDR PON/BOB Test support 25GBaud~32GBaud U9720B CDR (Clock Recovery Module ) is mainly used to provide clock recovery signal in the test environment without triggering clock, so as to use ... Read More

U9740B 56Gbaud PAM4 CDR No. Specifications Max. Min. Unit. 1 Data rate range 64 25 Gbps/Gbaud 2 Wavelength range(single mode) 1650 1250 nm 3 Optical input range +5 -15 dBm 4 Clock Recovery Output Divider 2 / 4 ... Read More

32Gbaud PAM4 CDR Support For NRZ And PAM4 Signals Clock Recovery Module Product overview A clock recovery device can receive an input data (or clock) signal, lock it using a phase-locked loop (PLL) circuit, and ... Read More

32Gbaud PAM4 CDR Clock Recovery Module Support For NRZ And PAM4 Signals The U9720A 32G Clock Recovery meter is a high-performance test device designed to provide clock recovery signals in test environments ... Read More

U9604 QSFP28 EVB This product is dedicated to the performance evaluation of active modules packaged with QSFP+ and QSFP28. The transmitting and receiving terminals have four inputs and outputs. The single... Read More

U9608 QSFP-DD EVB This product is dedicated to the performance evaluation of 400G PAM4 active module encapsulated by QSFPDD. The transmitting and receiving terminals use a group of 40GHz 2X8 Multi-Coaxial ... Read More

32Gbaud PAM4 Clock Recovery Module With A SFP28/56 Optical Port U9720A CDR (Clock Recovery Module ) is mainly used to provide clock recovery signal in the test environment without triggering clock, so as to use ... Read More